logging in or signing up STIMULATOR BRIEF 29JAN01 Chloe Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 69 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: November 06, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript SHIP ROLL STIMULATION SYSTEM (SRSS) STATUS: Max Weber Code A42, CSS Tel: (850)235-5445 Email: WeberMD@ncsc.navy.mil 30 January 2001 NAVAL SURFACE WARFARE CENTER SHIP ROLL STIMULATION SYSTEM (SRSS) STATUSSlide2: Ship Roll Stimulator System (SRSS) Objective Induce accurate, repeatable T-ACS ship roll, up to + 3 degrees, dockside and at anchor. Provide a realistic, cost effective crane operator training facility and a test platform to validate future R&D crane improvements.Review of SRSS Requirements: Review of SRSS Requirements Develop one system for T-ACS 5 to produce up to + 3 degrees ship roll Conform to available ship space Removable (or disengaged) within a two day time frame ABS and Coast Guard approved system Safe to operate Controllable within period variation due to ship loadingSlide4: FY00 Milestones Status Select stimulation mechanism,1st Q, FY00 Complete Preliminary, full scale system design specification, including drawings, 3rd Q FY00 Complete Full scale design & installation specification, 4th Q, FY00 Complete Naval architect review, 4th Q, FY00 Complete Fabrication and installation contract awarded Complete 4th Q, FY00 Fabrication ongoing 75% Complete Site survey In Progress Slide5: FY01 Milestones Status Design Review with NSWCCD/MarAd/NAVSEA 1st Q FY01; all issues resolved Complete Design submitted to ABS for concurrence, 1st Q, FY01; response to issues raised submitted to ABS Ongoing Investigating automatic SRSS control (CSS) Ongoing Land test one stack assembly 2nd Q Develop Demonstration Test Plan 3rd Q Operator training 3rd Q Operation & Maintenance Manual 3rd Q Installation 4th Q Functional tests 4th Q Pierside performance tests/Demonstration 4th Q Stimulation Mechanism Demonstration Report 4th QSlide7: Horizontal cross sectional area of stack tanks 145 square feet Stack Height (93” + 105" + 105") 25' - 3" Minimum water height due to pump cavitation limit 11' - 0" Maximum water height to provide 4' safety margin 21' - 0" Average water height 16' - 0" (+/- 3 foot active motion) Maximum volume transferred +/- 440 cubic feet Maximum weight transferred +/- 27,390 pounds Maximum flow rate 120,000 gpm Maximum water velocity 12 feet per second Power supply 300 amp, 480 volt, 3 phase, 60 hertz Operating water capacity 40,000 gallons Operating water weight (includes water in cross pipe) 335,000 pounds Maximum weight of system in 20' container cell 226,000 pounds Allowable weight of 6 high, 20 LT, 20' containers 268,800 pounds Maximum Operating Horsepower 200 Hp SRSS Operating Specifications; Single UnitSlide8: SRSS LAYOUT 1: 20’ Stack Tank 2: 20’ Bottom Tank 3: Bell Adapter 4: 66” OD Pipe 5: Flume Power Unit Container (Holds AC Motor, Hydraulic Pump, Bow Thruster, & Misc. Parts) T-ACS 5 FLICKERTAIL STATE Cross Section Looking AFT (Hold #4) SRSS INSTALLATION: Recommended SRSS Location: Hold 2, Cell Group 4 SS FLICKERTAIL STATE SRSS INSTALLATION Slide10: 20’ Bottom Module 20’ Stacking Module 20’ Bottom Module Pump Mount SRSS FABRICATION DETAILSSlide11: SRSS Transition SectionSlide12: SRSS Container Size ModulesSlide14: Block Diagram SRSS Manual Inputs and Control Outputs You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
STIMULATOR BRIEF 29JAN01 Chloe Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 69 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: November 06, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript SHIP ROLL STIMULATION SYSTEM (SRSS) STATUS: Max Weber Code A42, CSS Tel: (850)235-5445 Email: WeberMD@ncsc.navy.mil 30 January 2001 NAVAL SURFACE WARFARE CENTER SHIP ROLL STIMULATION SYSTEM (SRSS) STATUSSlide2: Ship Roll Stimulator System (SRSS) Objective Induce accurate, repeatable T-ACS ship roll, up to + 3 degrees, dockside and at anchor. Provide a realistic, cost effective crane operator training facility and a test platform to validate future R&D crane improvements.Review of SRSS Requirements: Review of SRSS Requirements Develop one system for T-ACS 5 to produce up to + 3 degrees ship roll Conform to available ship space Removable (or disengaged) within a two day time frame ABS and Coast Guard approved system Safe to operate Controllable within period variation due to ship loadingSlide4: FY00 Milestones Status Select stimulation mechanism,1st Q, FY00 Complete Preliminary, full scale system design specification, including drawings, 3rd Q FY00 Complete Full scale design & installation specification, 4th Q, FY00 Complete Naval architect review, 4th Q, FY00 Complete Fabrication and installation contract awarded Complete 4th Q, FY00 Fabrication ongoing 75% Complete Site survey In Progress Slide5: FY01 Milestones Status Design Review with NSWCCD/MarAd/NAVSEA 1st Q FY01; all issues resolved Complete Design submitted to ABS for concurrence, 1st Q, FY01; response to issues raised submitted to ABS Ongoing Investigating automatic SRSS control (CSS) Ongoing Land test one stack assembly 2nd Q Develop Demonstration Test Plan 3rd Q Operator training 3rd Q Operation & Maintenance Manual 3rd Q Installation 4th Q Functional tests 4th Q Pierside performance tests/Demonstration 4th Q Stimulation Mechanism Demonstration Report 4th QSlide7: Horizontal cross sectional area of stack tanks 145 square feet Stack Height (93” + 105" + 105") 25' - 3" Minimum water height due to pump cavitation limit 11' - 0" Maximum water height to provide 4' safety margin 21' - 0" Average water height 16' - 0" (+/- 3 foot active motion) Maximum volume transferred +/- 440 cubic feet Maximum weight transferred +/- 27,390 pounds Maximum flow rate 120,000 gpm Maximum water velocity 12 feet per second Power supply 300 amp, 480 volt, 3 phase, 60 hertz Operating water capacity 40,000 gallons Operating water weight (includes water in cross pipe) 335,000 pounds Maximum weight of system in 20' container cell 226,000 pounds Allowable weight of 6 high, 20 LT, 20' containers 268,800 pounds Maximum Operating Horsepower 200 Hp SRSS Operating Specifications; Single UnitSlide8: SRSS LAYOUT 1: 20’ Stack Tank 2: 20’ Bottom Tank 3: Bell Adapter 4: 66” OD Pipe 5: Flume Power Unit Container (Holds AC Motor, Hydraulic Pump, Bow Thruster, & Misc. Parts) T-ACS 5 FLICKERTAIL STATE Cross Section Looking AFT (Hold #4) SRSS INSTALLATION: Recommended SRSS Location: Hold 2, Cell Group 4 SS FLICKERTAIL STATE SRSS INSTALLATION Slide10: 20’ Bottom Module 20’ Stacking Module 20’ Bottom Module Pump Mount SRSS FABRICATION DETAILSSlide11: SRSS Transition SectionSlide12: SRSS Container Size ModulesSlide14: Block Diagram SRSS Manual Inputs and Control Outputs